The green light marking laser is an advanced device that performs high-contrast markings on plastic materials. Thanks to its high peak power and short pulse duration, it generates very little heat during the process, avoiding damage to the material. This type of laser produces clear and sharp markings, with color shifts towards white, rather than yellow or brown. The green wavelength (532 nm) is particularly effective on plastic materials, making the green laser ideal for applications in the electronics, medical, and home appliance sectors, where precision and quality of markings are essential.
The green light marking laser operates at a wavelength of 532 nm, obtained through a crystal that halves the infrared wavelength (typically from Nd:YAG as the active medium). This wavelength is highly absorbed by many plastic materials, allowing for precise and high-quality markings. The high peak power, combined with a very short pulse duration of 2ns, significantly reduces heat accumulation, avoiding deformations or thermal damage to the substrate. The ability to generate clear and sharp markings, with color shifts towards white, makes it ideal for applications requiring high readability and contrast. The architecture of the green light laser also allows for great flexibility in marking parameters, adapting to different production speeds and material types. Moreover, the energy efficiency of the green laser helps reduce operating costs, while its compatibility with advanced automation systems facilitates its integration into existing production lines. This makes it particularly suitable for sectors such as electronics, medical, and home appliances, where precision and quality of markings are fundamental for product traceability and branding.
EFL 100
150 ± 10
87 (61X61)
EFL 160
225 ± 10
140 (100X100)
EFL 254
325 ± 10
220 (150X150)
EFL 330
395 ± 10
290 (205X205)
EFL 420
500 ± 10
424 (300X300)
In this mode, the laser operates without a control PC, making it suitable for integration into production lines where space is limited. No operator interface is necessary, and installation time is significantly reduced.
In an automated environment, as an alternative to FlyCAD, there is the FlyPowermark software with a completely customizable operator interface. We can manage various data input methods, for example, access to the company’s factory system (database, web services, TCP/IP protocols). Furthermore, being potentially able to manage an infinite number of lasers, it is possible to design the application to simultaneously control all the lasers present on the production line.
